I am a Ph.D. candidate in Environmental and Water Resources Engineering at the University at Buffalo, SUNY, with five years of research experience in water treatment. My work primarily focuses on sustainable solutions for PFAS remediation, leveraging advanced nanotechnology. With that, I bring expertise in nanomaterial fabrication, surface chemistry analysis, and pollutant treatment strategies, supported by a strong foundation in experimental design and statistical analysis. I also worked on stormwater runoff treatment for phosphorus removal in order to prevent eutrophication.

My academic accomplishments include an MSc in Civil Engineering from Washington State University and a BSc in Civil Engineering from BUET, both completed with distinction. My research projects, funded by agencies such as NIH and USDA, have produced peer-reviewed publications and conference presentations, earning awards for innovation and excellence.

In addition to research, I have held leadership roles in organizations like Association of Environmental Engineering and Science Professors (AEESP), American Society of Civil Engineers- Environmental & Water Resources Institute (ASCE-EWRI), and the Graduate Bangladeshi Student Association (GBSA), where I fostered collaboration and supported professional development. These experiences, coupled with my consultancy work and teaching assistantship, reflect my dedication to advancing environmental sustainability and mentoring future engineers.